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Quantum technology is one of the fastest-growing sectors in global tech. Governments, research institutes, and companies, from deep-tech startups to established industrial players, are actively building their quantum teams. Graduates of Applied Quantum Technology are equipped to step straight into this world.
Because this programme is practice-oriented and builds directly on industry engineering cycles, you graduate with skills that employers can deploy immediately. The most natural step after this master's is a role in industry. At companies like ASML, VDL, Philips, or quantum startups connected to the TU/e and Brainport ecosystem in Eindhoven, or in the quantum hubs of Amsterdam, Delft, and Enschede. A PhD trajectory is also possible for those who want to further deepen their research.
Choosing Fontys as your home location puts you in the middle of the Brainport region. One of Europe's most innovative high-tech ecosystems. You study on the TU/e campus, surrounded by research institutes, spin-offs, and companies that are actively working on the technologies of the future. The region is particularly strong in photonics, chip technology, and advanced manufacturing. All areas that connect directly to what you learn in this programme.
The Brainport ecosystem means that internship opportunities, company visits, and professional connections are close at hand.
After graduation you can start your career as a:
You will advise businesses and organisations in understanding, evaluating and integrating quantum technologies. You act as a bridge between advanced quantum science and practical business needs.
As a Quantum Technician, you will work hands-on with the hardware and support systems that make quantum technologies possible. You will be part of a team helping to build, test, maintain, and operate quantum devices such as quantum computers, sensors, or communication systems.
You will work at the forefront of scientific and technological innovation. You will design, conduct, and analyse research that drives the development of new quantum technologies. Ranging from quantum computers and sensors to advanced algorithms and materials.
You will write the code that brings quantum computers and algorithms to life. You will work with emerging quantum programming languages and platforms to develop software that solves problems classical computers struggle with, such as complex optimisation, simulation, or cryptography.
As a Quantum Portfolio Optimisation Specialist you will apply quantum computing methods to improve how investment portfolios are constructed and managed. Your role is to explore whether quantum algorithms can outperform traditional techniques in making complex financial decisions.
In some cases, students continue into a PhD trajectory after completing Applied Quantum Technology. This is more likely for students who have been closely involved in the research environment of the programme. If you are interested in this route, discuss it early with your study advisor. Keep in mind that this programme is designed primarily to prepare you for a professional role in industry. If a research career is your main goal, a university master’s may be a better starting point.
Wondering what's to come after applying for this programme? Go over the entire admission process.
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